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Solid-state HDTV RECORDER
JP2pro_rev.S
Instruction Manual
REV. 1.0
Gigabit Systems Inc.
WWW.gigabitsystems.com
FCC Compliance
This equipment has been tested and found to comply with the limits for a Class A digital
device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide
reasonable protection against harmful interference when the equipment is operated in a
commercial environment.
This equipment generates, uses, and can radiate radio frequency energy and, if not
installed and used in accordance with the instruction manual, may cause harmful
interference to radio communications.
Operation of this equipment in a residential area is likely to cause harmful interference
in which case the user will be required to correct the interference at his own expense.
Safety Precautions
To use this product safely, review the following safety precautions.
To avoid potential hazards, use this product only as specified.
Mark for Precautions
Mark and its term labeled on the machine is as follows:
Shows a caution, warning and danger.
Shows high voltage. Don’t touch in this area.
1
Injury Precautions
Use Proper Power Cord
To avoid fire hazard, only use the power code specified for this product.
Avoid Electric Overload
To avoid electric shock or fire hazard, do not apply a voltage to a terminal that is
outside the range specified for the terminal.
Ground the Product
This product is grounded through the grounding conductor of the power code.
To avoid electric shock, the grounding conductor must be connected to earth
ground. Before connecting the input or output cables, ensure that the product is
properly grounded.
Do Not Operate Without Covers.
To avoid electric shock or fire hazard, do not operate this product with covers or
panels removed.
Do Not Operate in Wet Conditions.
To avoid electric shock, do not operate this product in wet or damp conditions.
The apparatus shall not be exposed to dripping or splashing and that no objects
filled with liquids, such as vases, shall be placed on the apparatus.
Do Not Operate in an Explosive Atmosphere.
To avoid injury or fire hazard, do not operate this product in an explosive
atmosphere.
2
Product Damage Precautions
Use proper power source.
Do not operate this product from a power source that applies more than the
voltage specified. The specified voltage of this product is within 90-264 VAC,
50-60Hz.
Provide Power Ventilation.
To prevent product overheating, provide proper ventilation.
Prevent Impact
Prevent an impact during transportation. Do not move this product during
operation.
Do Not Operate With Suspected Failures.
If you suspect there is damage to this product, have it inspected by qualified
service personnel.
Repair and Maintenance
Only qualified service personnel should perform repairs and maintenances.
Contact the sales office in those cases.
Recommended Replacement Period.
The following parts of this product are recommended to replace within the
specified term. Lifetime of parts is influenced by an environment, a frequency of
use and a preservation condition.
(1) Cooling fans: Two years..
(2) Power supply unit: Five years.
3
INDEX
PREFACE...................................................................................................................................... 6
Outline of the JP2pro_rev.S....................................................................................................... 6
Initial inspection. ........................................................................................................................ 6
Control means of the JP2pro_rev.S........................................................................................... 7
Important notice for the Raid Configuration............................................................................... 7
About recording time.................................................................................................................. 8
1. INSTALLATION......................................................................................................................... 9
1-1. Confirmation of Environment.............................................................................................. 9
1-2. Assurance of Mains Voltage ............................................................................................... 9
1-3. Connection of Power Cable and Power ON ....................................................................... 9
1-4. Power OFF ....................................................................................................................... 10
2. OPERATION ........................................................................................................................... 11
2-1. Front Panel ....................................................................................................................... 11
2-2. Rear Panel........................................................................................................................ 13
2-2-1. Power Supply Part ..................................................................................................... 13
2-2-2. Signal Input Part ........................................................................................................ 14
2-2-3. Signal Output Part ..................................................................................................... 16
2-2-4. Remote Interface Part................................................................................................ 17
3. REMOTE CONTROL .............................................................................................................. 18
3-1. RS-422 Control................................................................................................................. 18
3-1-1. Outline ....................................................................................................................... 18
3-1-2. Architecture of the serial transmission data............................................................... 18
3-1-3. Command Format...................................................................................................... 18
3-1-4. Connector Pin Assignment ........................................................................................ 20
3-1-5. Communication Protocol............................................................................................ 21
4-1-6. RS-422A Command List ............................................................................................ 22
3-2. RS-232C Control .............................................................................................................. 28
3-2-1. Outline ....................................................................................................................... 28
3-2-2. Architecture of the serial transmission data............................................................... 28
3-2-3. Connector Pin Assignment ........................................................................................ 28
3-2-4. Transmission Protocol and Commands..................................................................... 28
3-3. GPI Control....................................................................................................................... 29
3-3-1. Outline ....................................................................................................................... 29
3-3-2. Connector Pin Assignment ........................................................................................ 29
3-3-3. Commands ................................................................................................................ 29
4
4. Synchronous Record/Play.................................................................................................... 30
4-2 Needed Condition........................................................................................................ 30
4-3 operation............................................................................................................................ 30
4-4 Connection in Record.................................................................................................. 31
4-5 Connection in Playback............................................................................................... 31
5. Edit operation ........................................................................................................................ 32
6. Exchange the SSD Magazine ............................................................................................... 33
6-1 Open the Magazine lid....................................................................................................... 33
6-2 Pulling out the Magazine ................................................................................................... 34
6-3 Re-insert the SSD Magazine ............................................................................................. 34
7. Maintenance........................................................................................................................... 35
7-1 Cleaning of the air filter .................................................................................................. 35
7-2 When warning LED is lit .............................................................................................. 35
7-3
If JP2pro_rev.S is fail................................................................................................... 35
8. Character display on the monitor........................................................................................ 36
9_1 Display contents ............................................................................................................... 36
8_2 Error message .................................................................................................................. 37
9. JP2pro_rev.S Specifications ................................................................................................ 39
5
PREFACE
Outline of the JP2pro_rev.S
JP2pro_rev.S is a professional recorder aiming to record and reproduce
the studio quality HDTV pictures for very long hours. This product is using
the JPEG2000 compression technology, and easy replaceable SSD (Solid
State Drive) Magazine.
Features
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Very high quality compression by the JPEG2000 standard. (Inc.
reversible Lossless)
Very log recording time of studio quality HDTV content.
Easy operation of the Intermittent (Time-laps) recording.
Overall JPEG2000 compression/de-compression monitoring.
HD-SDI input/output.
Multi-format HDTV standard (4:2:2 10bits)
Embedded AUDIO 8 channels.
AES/EBU AUDIO 4 channels.
TIME CODE input/output.
Character insertion.
Remote control with RS-422, RS232C, GPI or Ethernet.
GEN-LOCK to external reference sync.
VANC meta data
Internal test signal generation.
Lossless compression mode (OPTION).
RAID-1 (Mirroring) configuration.
Up to 8 partitions
Simultaneous record/play
Initial inspection.
Confirm the contents and damages of this product before initial use.
Standard Accessories
Instruction Manual
１
Power cable
１
6
Control means of the JP2pro_rev.S
The following control means are recommended to perform all of the JP2pro_rev.S
functions.
(1) Front control panel option
(2) Dedicated RS-422 remote controller option, “SYNCHRO-CONT 2000”
(3) Control utility software “JP2pro-controller” for Ethernet option,
You can use commercially available editors (e.g. BVE-9100) or slow-motion controllers,
but note that most of such controllers are only adapting the VTR commands, so some
features needing the Disk Protocol are not possible.
Important notice for the Raid Configuration
You can choose the Raid-0 (striping) or the Raid-1 (mirroring) disk configuration. Note
that the actual recording capacity and the bandwidth of the hard disk drive decreases by
1/3 when using the RAID-1, so there are some cautions described below.
(1) Maximum recording time in RAID-1 configuration is 1/3 of the RAID-0.
(2) You cannot use the Lossless mode with the RAID-1.
(3) Normally, the simultaneous record/play operation is possible with the RAID-0 and
the lossy compression mode. Only the LP2 mode can use with the RAID-1.
Capability of simultaneous record/play
RAID
LOSSLESS
HQ
LP1
LP2
RAID-0
NO
YES
YES
YES
RAID-1
NO
NO
NO
YES
7
About recording time
JP2pro_rev.S adopts constant quality (Variable Bit Rate) compression method. The
total recording time varies depending on the following factors.
(1) Capacity of the SSD Magazine.
(2) Raid configuration: The recording time of RAID-1 is 1/3 of the RAID-0.
(3) Quality mode: Lossless, High quality (HQ), Long play 1(LP1) or Long play 2(LP2).
(4) Active pixel number and bit depth
(5) Picture complexity
Table below shows the relationship between the average recording time and the picture
quality when recording relatively busy (complex) HDTV signal.
Compression
Recording Time
Picture Quality
Mode
768 GB SSD
1,536 GB SSD
LOSSLESS
Uncompressed
Approx. 2.8H
Approx.
HQ
Visually lossless
Approx. 8.8H
Approx. 17.6H
LP1
HD-D5 class
Approx. 11.2H
Approx. 22.4H
LP2
HDCAM class
Approx. 20H
Approx. 40H
8
5.6H
1. INSTALLATION
Review the “Safety precautions” of this manual before installation of this product.
1-1. Confirmation of Environment
This product operates properly within the temperature range of +0-45℃ and the
humidity range of 10-90% (Non-condensing). If the temperature of this product is out of
this range due to a transportation or preservation, do not power on until the temperature
reaches the specified range.
To prevent an over-heat, do not disturb the airflow of this product. Keep a certain space
open, at least 5 cm on the front and the rear of this product.
1-2. Assurance of Mains Voltage
Assure that the mains AC voltage to this product is within the range of 90-264V 50/60
Hz.
1-3. Connection of Power Cable and Power ON
The power cable must be connected properly to the AC IN connector on the rear panel.
Switch on the BREAKER on the rear panel (“1” of 1/0 indication shows ON state).
Push the POWER SWITCH on the front panel for more than 1 second.
All fans are rotated, and the system comes into Setup routine. All LEDs are lit during the
Setup routine. After completion of the Setup routine, most of the LEDs go out and come
into a normal state. The color of the POWER SWITCH lights in orange and the system
is ready to operate.
9
1-4. Power OFF
Push the POWER SWITCH on the front panel more than two second for shutting down
the power. Do not turn the BREAKER on the rear panel off, until the illumination of the
POWER SWITCH turns off.
(NOTE) In the power off process, all the set-ups done by the operator are stored in the
non-volatile RAM. These set-ups are reattributed when power is on again.
BREAKER
AC IN
POWER SWITCH
10
2. OPERATION
2-1. Front Panel
Names and functions of the Front Panel switch and LED indicators are as follows:
➁
➂
➀
➀
➃
POWER SWITCH
This switch turns on or turns off the system. Color of this switch is red in the
“Standby” mode, and orange when the system is ready to operate. In case of
shut down, do not turn the BREAKER on the rear panel off, until the
illumination of the POWER SWITCH turns off.
In the power off process, all the set-ups done by the operator are stored in the
non-volatile RAM. These set-ups are reattributed when power is on again.
➁
WARNING INDICATOR
•HD INPUT : Lit red when HD-SDI VIDEO signal is not connected to the
HD-SDI IN or the connected signal is abnormal.
•DC POWER :
Lit red when internal +3.3VDC or +5VDC is out of the
specified voltage range.
•FAN : Lit red when the cooling fans come to a stop.
➂
HDD INDICATOR
There are three indicators, HDD1, 2 and 3. Blinked orange when the Disks are
in write operation (RECORD). Blinked green when the Disks are in read
operation (PLAY SLOW etc). When one of the Disks is fail, the corresponding
indicator stops blinking and keeps to light red
11
➃
EXT INDICATOR
Lit green when this recorder synchronizes to the external reference signal
while one of the following GEN-LOCK modes are selected:
•EXT REF
•VIDEO INPUT
•AUTO
Lit amber at the following cases:
・ External Reference signal is not connected when the EXT mode is
selected.
・ Input Video signal is not connected when the INPUT VIDEO mode is
selected.
・ Both External Reference signal and Input video signals are not connected
when the AUTO mode is selected.
・ When INTERNAL mode is selected.
12
2-2. Rear Panel
Names and functions of parts, connectors and switches on the rear panel are as
follows:
2-2-1. Power Supply Part
➂
➀
➀
➁
Cooling Fan
This fan starts to rotate when the BREAKER on the rear panel and the
POWER SWITCH on the front panel are activated. If this fan is stopped by any
reason, the FAN warning LED on the front panel turns on red.
➁
Mains Connector
(AC IN)
Connects AC cable. Please use specified power cable to connect AC power.
The voltage range is within 90-264V, 50/60Hz.
➂
Power Breaker/SW
This is a Non-fuse Breaker/Switch to protect from over current. The “1”
indicates ON position and the “0” indicates OFF position.
13
2-2-2. Signal Input Part
➂
➀
➅
➁
➆
➇
➈
➀
➄
➃
HD-SDI VIDEO IN
This coaxial connector is the HD-SDI VIDEO INPUT.
➁
THRU OUT
This coaxial connector is the HD-SDI ACTIVE THROUGH OUTPUT.
Equivalent HD-SDI INPUT signal can be output, to feed the INPUT signal to
the other equipments.
➂
EXT REF IN
This coaxial connector is the EXTERNAL REFERENCE INPUT. Tri-level
HDTV sync or BB can be connected as a GEN-LOCK source.
➃
THRU OUT
This coaxial connector is the THROUGH OUTPUT of the EXT REF IN. This is
not the active through. The 75Ω termination switch should be off when using
this connector to feed the EXT REF signal to the other equipment.
➄
75Ω TERMINATION SWITCH
This switch is the 75ΩTERMINATION SWITCH for the EXT REF IN. 75Ω
resister is inserted between the signal line and the GRD when this switch is
ON. This switch should be OFF when connecting the coaxial cable to the
THRU OUT connector.
14
➅
A1/A2 IN
This coaxial connector is the Ch1/Ch2 INPUT for AES3 AUDIO. The
impedance is 75Ω. If the audio cable has a XLR connector, the conversion
connector should be used.
➆
A3/A4 IN
This coaxial connector is the Ch3/Ch4 INPUT for AES3 AUDIO. The
impedance is 75Ω. If the audio cable has a XLR connector, the conversion
connector should be used.
➇
TC IN
This coaxial connector is the TIME CODE INPUT for connecting the external
time code. The impedance is 75Ω. If the audio cable has a XLR connector, the
conversion connector should be used.
➈ GPI IN/OUT
This D-SUB 15-pin female connector is used for a parallel remote.
15
2-2-3. Signal Output Part
➃
➀
➆
➁
➇
➂
➈
➄
➀
➅
HD-SDI VIDEO OUT 1
This coaxial connector is the HD-SDI VIDEO OUT 1.
➁
HD-SDI VIDEO OUT 2
This coaxial connector is the HD-SDI VIDEO OUT 2.
➂
HD-SDI VIDEO OUT 3
This coaxial connector is the HD-SDI VIDEO OUT 3.
➃
HD-SDI MONI OUT 1
This coaxial connector is the HD-SDI MONITOR OUT 1. Character information
can be inserted on this output.
➄
HD-SDI MONI OUT 2
This coaxial connector is the HD-SDI MONITOR OUT 2. Character information
can be inserted on this output.
➅
HD-SDI MONI OUT 3
This coaxial connector is the HD-SDI MONITOR OUT 3. Character information
can be inserted on this output.
➆
A1/A2 OUT
This coaxial connector is the Ch1/Ch2 OUTPUT for AES3 AUDIO. The
impedance is 75Ω. If the audio cable has a XLR connector, the conversion
connector should be used.
16
➇
A3/A4 OUT
This coaxial connector is the Ch3/Ch4 OUTPUT for AES3 AUDIO. The
impedance is 75Ω. If the audio cable has a XLR connector, the conversion
connector should be used.
➈
TC OUT
This coaxial connector is the TIME CODE OUTPUT. The impedance is 75Ω. If
the audio cable has a XLR connector, the conversion connector should be
used.
2-2-4. Remote Interface Part
➀
➁
➂
➀
ETHERNET Connector
This RJ-45 connector is the 10/100 Base-T Ethernet connector. Remote
control is possible by using the dedicated GUI. The Ethernet (10/100Base-T)
is an Option.
➁
RS-422 Connector
This D-Sub 9-pin female connector is for the RS-422. Remote control by
editors or slow motion controllers is possible by using RS-422 protocol.
➂
RS-232C/GPI Connector
This D-Sub 9-pin female connector is for the RS-232C. This is used for the
service purpose usually. But remote control from external PC or equivalent
controller is also possible by using the RS-232C protocol.
17
3. REMOTE CONTROL
3-1. RS-422 Control
3-1-1. Outline
JP2pro_rev.S has a D-SUB 9-pin female connector on the rear panel that conforms to
EIA RS-422 Serial Remote Control Protocol. Most of controllers with the same control
protocol can remotely control this product. The following description explains the
contents of the serial protocol and the serial transmission sequence.
3-1-2. Architecture of the serial transmission data
・ 4-wire-transmission system.
・ Asynchronous bit-serial word-serial data transmission.
・ Data structure: 1 Start bit+8 Data bits+1 Parity bit+1 Stop bit
Mark
Start
D0
bit
(LSB)
D1
D2
D3
D4
D5
D6
D7
Parity
(MSB)
(Odd)
Space
(Note 1) Odd Parity: The sum of the D0+D1+---D7 and Parity bit is an odd number.
(Note 2) Mark B>A;
(Voltage on line B is higher than that on Line A)
Space A>B
(Voltage on line A is higher than that on Line B)
3-1-3. Command Format
Communication between control systems and this product uses the following command
telegram format:
CMD 1/Data count, CMD 2, and data checksum (CHECKSUM).
If Data count is zero, no data is transmitted. If it is not zero, the data corresponding to
the existing values are inserted between CMD2 and CHECKSUM.
Bit
Bit
4-7
0-3
CMD 1
Data
CMD 2
DATA 1
count
--------
DATA N
N=15max
18
CHECKSUM
・ CMD 1: CMD 1 assigns the command to the following main function groups that
serve to define the function, and the transfer direction of the data words that
follows.
CMD 1
Function
Transfer Direction
Controller---Recorder
0
System control
1
System control-Return message
2
Recorder control
4
Setup and selection control
8
Data request
7
Data request-Return message
・ Data count: Defines the number of data words that are inserted after CMD2
(0x0-0xF).
・ CMD 2:
Is the specific command to the recorder or the command return
message from the recorder, respectively.
・ DATA: The number of data words and their contents are defined by the CMD2
command.
・ CHECKSUM: The sum of the data (D0-D7) contained in each data word, from
CDM 1/DATA COUNT to the last data word before the checksum.
19
3-1-4. Connector Pin Assignment
D-SUB 9-pin female connector pin assignment is as follows:
Pin Number
Signal
１
GND
２
TX-A
３
RX-B
４
GND
５
NC
６
GND
７
TX-B
D-SUB ９-pin
８
RX-A
Female
９
GND
5
1
9
6
A and B are defined as:
B
+
A
20
3-1-5. Communication Protocol
When the recorder receives a command from the control system, it sends back the
following return telegram.
・ If the recorder receives a command without data request:
ACK (10h, 01h)=Acknowledgement of receipt.
・ If the Recorder receives a command with data request:
Answer code + data
・ If transmission error is detected or undefined command is received:
NAK (11h, 12h) + error code.
Error Code:
Bit 0 (01h)=Command not defined.
Bit 2 (04h)=Checksum error.
Bit 4 (10h)=Parity error.
Bit 5 (20h)=Overrun error.
Bit 6 (40h)=Start/Stop bit error.
Bit 7 (80h)=Time out.
The control system must not send any additional command before having received a
corresponding response to the previous command.
The control system must not interrupt the transmission of a command for more than 10
ms. As soon as the recorder detected such a break longer than 10 ms, it proceeds with
a time out error sequence. The recorder ignores the command received and transmits a
NAK (time out).
As soon as the recorder receives a command from the control system, it sends a return
message within 9 ms. Therefore, unless having a received a return message from the
recorder within 10 ms after execution of a command transmission, the control system
must proceed as if the communication had not taken place under normal
circumstances.
When an error is detected, the recorder immediately sends a NAK to the control system.
Upon receipt of a NAK, the control system in turn must immediately abort the data block
transmission.
21
4-1-6. RS-422A Command List
CODE
Recorder command
Meaning
00 11
DEVICE TYPE REQUEST
20 00
STOP
10 01 (ACK)
20 01
PLAY
10 01
20 02
RECORD
20 04
STANDBY OFF
10 01
20 05
STANDBY ON
10 01
20 10
FAST FWD
Max speed forward
10 01
21 11
JOG FWD
Slow motion
10 01
*1) *2)
22 11
JOG FWD high-reso.
Slow motion
10 01
*1) *4)
21 12
VAR FWD
Variable
10 01
*1) *2)
22 12
VAR FWD high-reso.
Variable
10 01
*3) *4)
21 13
SHUTTLE FWD
10 01
*2)
22 13
SHUTTLE FWD high-reso
10 01
*4)
20 14
STEP FWD
Field step
10 01
20 20
REWIND
Max speed reverse
10 01
21 21
JOG REV
Slow motion
10 01
*1) *2)
22 21
JOG REV high-reso.
Slow motion
10 01
*1) *4)
21 22
VAR RVS
Variable
10 01
*1) *2)
22 22
VAR REV high-reso.
Variable
10 01
*1) *4)
21 23
SHUTTLE REV
10 01
*2)
22 23
SHUTTLE REV high-reso.
10 01
*4)
20 24
STEP REV
Field step
10 01
20 30
PREROLL
Cue up
10 01
*5)
24 31
CUE UP WITH DATA
TC search
10 01
*5) *6)
20 40
PREVIEW
Edit simulation
10 01
*8) *9) *10)
20 41
REVIEW
Edit review
10 01
*8) *9) *10)
204-1
AUTO EDIT
10 01
*8) *9) *10)
20 60
FULL EE OFF
All PB
10 01
20 06
FULL EE ON
All EE
10 01
20 63
SELECT EE ON
EE on select channel
10 01
20 64
EDIT OFF
Play from record
10 01
20 65
EDIT ON
Record from play
10 01
Machine ID
Crash-Record
22
Response
12 11 XX YY
Footnote
*0)
10 01
*9) *11)
*9)
20 6A
FREEZE OFF
10 01
20 6B
FREEZE ON
10 01
44 04
TIME CODE PRESET
10 01
*6)
44 05
USER BIT PRESET
10 01
*12)
40 10
IN ENTRY
Mark as IN point
10 01
*8)
40 11
OUT ENTRY
Mark as OUT point
10 01
*9)
44 14
IN DATA PRESET
Set IN point
10 01
*6) *9)
44 15
OUT DATA PRESET
Set OUT point
10 01
*6) *9)
40 18
IN SHIFT+
IN=IN+1
10 01
40 19
IN SHIFT-
IN=IN-1
10 01
44 1A
OUT SHIFT+
OUT=OUT+1
10 01
44 1B
OUT SHIFT-
OUT=OUT-1
10 01
40 20
IN FLAG RESET
Clear IN point
10 01
40 21
OUT FLAG RESET
Clear OUT point
10 01
40 24
IN RECALL
Recall IN point
10 01
40 25
OUT RECALL
Recall OUT point
10 01
41 30
EDIT PRESET
10 01
*13)
42 30
EDIT PRESET high-r.
10 01
*13)
44 31
PREROLL TIME PRESET
Set preroll time
10 01
*6)
41 32
TAPE/AUTO SELECT
Select automatic EE
10 01
*14)
41 33
REF SELECT
Select reference signal
10 01
*15)
41 3A
EDIT FIELD SELECT
Select field as edit point
10 01
*16)
41 3B
FREEZE MODE SELECT
10 01
*17)
40 40
AUTO MODE OFF
10 01
40 41
AUTO MODE ON
10 01
61 0A
TC GEN DATA SENSE
TC data
*18)
61 0C
CURRENT TIME SENSE
TC data
*19) *20) *21)
61 10
IN DATA SENSE
74 10 TC
61 11
OUT DATA SENSE
74 11 TC
61 20
STATUS SENSE
Status data
*22)
60 30
EDIT PRESET SENSE
Edit preset
*14)
60 31
PREROLL TIME SENSE
Preroll time
23
Footnote
*0) xx=data-1, yy=data-2. Default: data-1=00, data-2=E0
*1) The slow motion speed range is 0±3 times PLAY speed.
*2) The low resolution speed data consists of one byte (Value=0∼255).
The real speed in multiplies of play is defined as:
Tape speed=10（
Value/32-2）
This means the speed data is the logarithmic of the tape speed.
(e.g.
Value=32: 0.1xplay, Value=64: 1xplay, Value=96: 10xplay)
*3) 0±3 times PLAY speed is executed as VARIABLE. More than this speed are
executed as SHUTTLE to allow synchronization of the machine with this command.
(0±50 times PLAY)
*4) The high resolution speed data consists of two bytes, but only the first data byte is
used to calculate the tape speed (refer to the foot note *2).
*5) The parking accuracy is 0 frame.
*6) The time code data consists of four bytes coded BCD(Binary coded decimal).
・ Data 1=Frames
・ Data 2=Seconds
・ Data 3=Minutes
・ Data 4=Hours
*８) The time base for this operation can be set with the TAPE CODE SELECT
command.
*9) This operation is done with the selected tracks and the record mode of the EDIT
PRESET command.
*10) The IN point and the OUT point must be set before, with IN/OUT ENTRY command
or IN/OUT DATA PRESET command.
*11) If the servo is not locked, this command is executed as a FULL EE ON to allow to
do BVB（Black-VIDEO-Black） simulation.
*12) The user bit data consists of four bytes (high nibble, low nibble
・ data-1: binary group 2 / binary group 1
・ data-2: binary group 4 / binary group 3
・ data-3: binary group 6 / binary group 5
・ data-4: binary group 8 / binary group 7
24
*13) The high resolution EDIT PRESET is the bit transparent representation of record
mode and the track selection
Data 1:
Bit0
Not used
Bit4
Video track
Bit1
Not used
Bit5
Assemble mode
Bit2
Time-code track
Bit6
Insert mode
Bit3
Not used
Bit7
Not used
Bit0
A1/A2 track
Bit4
Not used
Bit1
A3/A4 track
Bit5
Not used
Bit2
A5/A6 track
Bit6
Not used
Bit3
A7/A8 track
Bit7
Not used
Data 2:
*14)
The TAPE/AUTO SELECT data is defined as:
00h: Automatic (tape or EE)
01h: tape
FFｈ: as locally selected
*15)
The REFERENCE SELECT data is defined as:
01h:
PB EXT REF
02h:
INPUT VIDEO
FFh: as locally selected.
*16)
The EDIT FIELD SELECT data is defined as:
00h: edit starts every field depending on a receipt of edit command.
01h: edit starts in field 1.
02h: edit starts in field 2.
FFh: as selected locally.
*17) The FREEZE MODE SELECT data is defined as:
00h: Field freeze
11h: Frame freeze
*18) The TC GENE DATA SENSE data is defined as:
Data
Definition
Response
01h
Request Time code
74h, 08h, 4 bytes BCD Time code
10h
Request User bit
74h, 09h, 4 bytes User bit
11h
Request Time code + 78h, 08h, 8 bytes BCD Time code＋User bit
User bit
25
*19) The CURRENT TIME SENSE data is defined as:
Data
Definition
Response
01h
Request Time code
74h, 04h, 4 bytes BCD Time code
10h
Request User bit
74h, 15h, 4 bytes User bit
11h,
Request Time code ＋ 78h, 04h, 8 bytes BCD Time code + User bit
User bit
*20) There is a field-ID in the time code data:
60Hz／DATA2
50Hz／DATA4
Field
MSB
MSB
Selection
0
0
Field 1
1
1
Field 2
*21) There is a DROP-FRAME-ID in the time code data:
DATA 1
Drop Frame
Bit 6
0
OFF
1
ON
26
*22) The STATUS SENSE data is defined as:
・ High nibble (Bit4-7): the first data byte number of status field.
・ Low nibble (Bit0-3): number of data bytes out of status field.
・ Response: 7xh, 20h, and x data bytes of status field is:
Data byte
Bit
Number
Number
Status
Bit
Status
Number
Byte 0
Bit 0
LOCAL
Byte 1
Bit 0
PLAY
Bit 1
RECORD
Bit 2
FAST FWD
Bit 3
REWIND
Bit 5
STOP
Bit 7
STANDBY
Bit 0
CUE UP
Bit 1
STILL
Bit 2
DIRECTION
Bit 3
VAR
Bit 4
JOG
Bit 5
SHUTTLE
Bit 7
SERVO LOCK
Bit 0
IN DATA SET
Bit 1
OUT DATA SET
Bit 6
FREEZE
Bit 7
AUTO MODE
Bit 0
PREROLL
Bit 1
PREVIEW
Bit 2
AUTO EDIT
Bit 3
REVIEW
Bit 4
EDIT
Bit 6
FULL EE ON
Bit 7
SELECT EE ON
Bit 0
A1
Bit 1
A2
Bit 2
A3
Bit 3
A4
Bit 4
VIDEO
Bit 5
ASSEMBLE
Bit 6
INSERT
Bit 4
EOT
Byte 2
Byte 3
Byte 4
Byte 5
Byte 6
Not used
Byte 7
Not used
Byte 8
Bit 0
REC INHIBIT
Byte 9
Bit 7
FUNCTION
ABORT
27
3-2. RS-232C Control
3-2-1. Outline
JP2pro_rev.S has a D-SUB 9 pin male connector conforms to EIA RS-232C remote
control protocol. This connector is used for the service use normally, but upon
customers request, it can be used for connections with various controllers.
The following description explains the RS-232C serial transmission protocol.
3-2-2. Architecture of the serial transmission data.
・ Asynchronous bit serial transmission.
・ Character length: 8 bits
・ Stop bit: 2 bits
・ Parity: EVEN PARITY
・ Data structure: 1 Start bit+8 Data bits+1 Parity bit+2 Stop bit
Mark
Start
D0
bit
(LSB)
(Note 1)
D1
D2
D3
D4
D5
D6
D7
Parity
(MSB)
(Even)
Space
Parity: The sum of data D0∼D7 and the Parity bit is even number.
3-2-3. Connector Pin Assignment
D-SUB 9-pin male connector pin assignment is as follows
Pin number
Signal
1
CD
2
RXD
3
TXD
4
DTR
5
GND
6
DSR
7
RTS
D-SUB ９-pin
8
CTS
Male
9
RI
5
1
6
9
3-2-4. Transmission Protocol and Commands
The transmission protocol and commands are user defined.
28
3-3. GPI Control
3-3-1. Outline
JP2pro_rev.S has a D-SUB 15 pin female connector for parallel remote, the GPI
(General Purpose Interface). The following description explains the GPI control
protocol.
3-3-2. Connector Pin Assignment
D-SUB 15-pin female connector pin assignment is as follows:
Default setting
Pin number
Signal
1
GND
2
Reserved Command
3
Reserved Command
4
PLAY Command
5
PLAY-STOP Command
6
REC Command
7
REC-STOP Command
8
Reserved Command
9
Reserved Command
10
REC Tally
D-SUB 15-pin
11
PLAY Tally
Female
12
POWER+FAN Alarm
13
Hard Error
14
Soft Error
15
+12 V
8
1
15
9
3-3-3. Commands
Thirteen pins excluding the pin 1 (GND) and the pin 15 (+12V) can be used for
commands (eight pins) or tallies (five pins). These pin assignments are user
defined. The default settings are shown in the above table.
29
4. Synchronous Record/Play
4-1 Outline
You can combine plural numbers of the JP2pro_rev.S machines for recording of the
Dual-link HD-SDI, Quad-link HD-SDI and more. JP2pro_rev.S can run in synchronized,
so you can operate plural machines as if you are controlling only one machine. Optional
SYNCHRO-CONT 2000 or optional Control Utility Software can be used for the
Synchronous Record/Play operation. In this section, dual-link two-machine system with
the SYNCHRO-CONT 2000 is explained.
4-2
Needed Condition
(1) For recording
・ Synchronized HD-SDI inputs are connected to all machines.
・ The RS-422 cables are connected to all machines.
・ The same time code value is preset to all machines in Internal-REC time code
mode, or same time code is fed to TC IN of all machines in the EXT time code
mode.
・ The common REC-file number is used for all machines.
(2) For playback
・ Common EXT REF signals are connected to all machines. Or HD-SDI VIDEO
OUT signal of the master machine is connected to the HD-SDI VIDEO IN of the
slave machine. Gen-lock of the master machine is Internal and that for the
slave machine is VIDEO IN.
・ The RS-422 cables are connected to all machines.
4-3 operation
Please refer to the USER MANUAL of the “SYNCHRO-CONT 2000” for the
synchronous record/play operation.
30
4-4
Connection in Record
AUDIO
VIDEO
Connect synchronized
1
Video and Audio
0
AUDIO
VIDEO
1
0
RS422-1
RS422-2
Synchro-cont 2000
4-5
Connection in Playback
Connect EXT REF
VIDEO/AUDIO OUT-1
EXT REF
IN
1
0
THRU
75- ohm OFF
OUT
VIDEO/AUDIO OUT-2
EXT REF
IN
1
0
75- ohm ON
RS422-1
RS422-2
Synchro cont 2000
31
5. Edit operation
Some commercially available editors can control the JP2pro_rev.S and perform the
ASSEMBLE and INSERT editing.
The parameters for BVE-9100 are as follows. We recommend 5 seconds for the
PREROLL TIME.
DEVICE TYPE (High byte)
00h
(Low byte)
E0h
MIN PREROLL TIME
60h
EDIT DELAY
06h
EE DELAY
02h
OVERRUN
03h
TRAJECTORY
8Ah
TC READ DELAY
BAh
START DELAY
06h
AFTER SYNC DEL-
FBh
AFTER SYNC DEL+
00h
CONST 11
83
CONST 12
4B
PREROLL SPEED
FFh
QUICK PVW PR TIME
4Bh
32
6. Exchange the SSD Magazine
The SSD Magazine is removable and can be exchanged from front side. Procedure for
exchange the SSD Magazine is explained in this paragraph.
6-1 Open the Magazine lid
Make the recorder power off before replacing the SSD Magazine.
Rotate the Magazine lock knob about 90 degrees in counter-clockwise, then open
the Magazine lid from right to left.
Magazine lock knob
Picture of Magazine lid open
SSD Magazine
33
6-2 Pulling out the Magazine
Pinch the upper and lower side of the Magazine and pull our to remove.
SSD Magazine
6-3 Re-insert the SSD Magazine
Replace the SSD Magazine.
Place the SSD Magazine on the magazine housing and push the SSD
Magazine in until the stop position.
Close the Magazine lid.
Turn the Magazine lock knob about 90 degrees in clockwise to lock the
Magazine lid.
34
7. Maintenance
7-1 Cleaning of the air filter
There is an air filter on the air intake window located on the front door (the picture
below). Please clean up by a vacuum cleaner when the filter becomes dirty.
Air filter part
7-2
When warning LED is lit
Please contact the sales office if “DC POWER” or “FAN” LED
Is lit.
7-3
If JP2pro_rev.S is fail.
Please contact the sales office if functions of the JP2pro_rev.S is abnormal.
35
8. Character display on the monitor
Characters can be inserted on the VIDEO MONITOR OUT.
9_1 Display contents
Character contents are as follows from top to bottom.
Audio Level Meter
PTN-0 / 005 FILES
Selected Partition and total file number.
REM 10:05:12:20
Remaining time
REF INPUT
GEN-LOCK mode
FILE 001
Current REC-file number
HQ
Quality mode
1080/59.94I
HDTV standard
SLOW
Current operation mode
TCR 01:05:12:04
Time code
(Error Message)
(NOTE) Error message is displayed on the bottom line.
36
8_2 Error message
Error massage and its meaning are as follows:
DIAG. MEMORY
Detects MEMORY fail in the diagnostic process after power
on.
DIAG. ENCODER
Detects a fail on the ENCODER board in the diagnostic
process after power on.
DIAG. DECODER
Detects a fail on the DECODER board in the diagnostic
process after power on.
DIAG. CORE
Detects a fail on the CORE board in the diagnostic process
after power on.
POWER ALARM
Detects an abnormal voltage of the DC power supply.
FAN ALARM
Detects a stop of the cooling fan.
NO TIME CODE IN
There is no time code or an abnormal time code at the TC IN
connector when EXT TC mode is selected.
NO EXT SYNC
There is no external sync or an abnormal sync at the EXT REF
IN connector when EXT mode is selected as a GEN-LOCK
source.
RAID1 DISK0
Detects a fail on the DISK-0 when the RAID-1 is selected.
RAID1 DISK1
Detects a fail on the DISK-1 when the RAID-1 is selected.
RAID1 DISK2
Detects a fail on the DISK-2 when the RAID-1 is selected.
RAI0 DISK
Detects a fail on any one of three disks when the RAID-0 is
selected.
DISK FORMAT
Detects an error during the DISK FORMAT process. The DISK
FORMAT is not performed.
END OF DISK
The recording reaches the end of disk when the recording
mode is NORMAL (not in Loop REC mode).
ILLEGAL QUALITY
The Lossless mode is selected in RAID-1 HDD configuration.
NO INPUT
There is no VIDEO INPUT or abnormal input at the start of
recording.
FILE OVER FLOW
Number of REC files exceeds a maximum number of 512.
ILLEGAL FILE
Selected a REC file that is not existing.
ILLEGAL CLIP
Selected a CLIP that is not existing.
37
ILLEGAL CUE
Selected a CUE number that is not marked.
ILLEGAL SEQ
Selected a CLIP number for SEQ list that is not existing.
ILLEGAL CLIP IN SEQ
The selected CLIP for SEQ playback is invalid. (example: the
original REC file which the CLIP appointed was already
deleted)
REC ODD/EVEN FLAG
The odd/even sequence is not correct while recording the
interlace signal.
REC INPUT UNSTABLE
The HD-SDI input disturbed during recording.
FILE ERASE INHIBIT
Tried to delete the REC file with the ERASE INHIBIT.
DC POWER
The input DC voltage drops below the specified voltage. (DC
Battery version JP2pro_rev.SB only)
38
9. JP2pro_rev.S Specifications
Video in/out
Input
HD-SDI BNCx1,
Active-through OUT BNCx1
Output
HD-SDI BNCx1,
MONITOR OUT HD-SDI BNCx1 （+2 additional
outputs optionally）
Video Standard
1080i/50, 1080i/59.94, 1080i/60 10 bit
1080psf/23.98, 1080psf/24, 1080psf/25, 1080psf/29.97, 1080psf/30 10
bit
720p/59.94, 720p/60 10 bit, 2K (OPTION, 2048x1080psf/23.98 or 24)
Audio in/out
Input
HD-SDI Embedded audio input (8 channels)
（OPTION）AES3 Digital audio input BNCx2 (4 channels)
Output
HD-SDI Embedded audio output (8 channels)
（OPTION）AES3 Digital audio output BNCx2 (4 channels)
Time code in/out
Input
VITC input (Embedded on the HD-SDI)
（OPTION）LTC input BNCx1
Output
VITC output (Embedded on the HD-SDI)
（OPTION）LTC output BNCx1
Internal Test Signals
Video： COLOR BAR, RAMP, BLACK
VANC Data (OPTION)
Conforms to ARIB TR-B23
PB REF IN
Tri-level SYNC or BB BNCx1
Audio: 1 kHz
Through out BNCx1 (with 75 Ohm Termination switch)
Recording Media
Removal SSD Magazine
Size: 76.8 mm (W) x 40 mm (H) x 105.4 mm (D)
Weight: Approx. 400
g
Recording Capacity
Selectable (192GB, 384GB, 768GB, 1536GB)
Interval Recording
Selectable (1/2 to 1/999 Frames)
Remote Control
・
RS-422 (VTR Controller/Slow motion Controller etc.)
・
RS-422 2-ports (OPTION)
・
Ethernet 10/100 Base-T with GUI Application Software (OPTION)
・
RS-232C
・
(OPTION) GPI
D-SUB 15-pin
(8 Command inputs,
5 Status
outputs)
Character Display
Time code, Current mode, Audio level etc can be displayed on the
HD-SDI MONITOR out. Character ON/OFF, Character size selection
and position adjustment are possible.
Power
AC100-240V ±10% 50/60 Hz, 85 W
Operating Environment
0 ∼+45 ℃ 10∼90% (Non-condensing)
Dimension
432 mm (W) x 88 mm (H) x 465 mm (D)
Weight
Approx. 9 kg
39